#Industry 01 From an industry perspective Fiber optic laser marking machines are widely used for marking graphics and text in various fields such as integrated circuit chips, computer accessories, industrial bearings, clocks, electronic and communication products, aerospace devices, various automotive parts, household appliances, hardware tools, molds, wires and cables, food packaging, jewelry, tobacco, and military,...
1、 Performance of grayscale Ordinary mechanical carving cannot economically carve points of varying thickness, and therefore does not have a grayscale representation. Laser engraving machines achieve carving through dot marking, which has natural advantages in grayscale representation. Therefore, in carving design, it is recommended to use grayscale representation as much as possible, which has the...
Laser is different The fiber laser marking machine uses a fiber laser. The carbon dioxide laser marking machine uses a CO2 laser. Different laser wavelengths The laser wavelength of the fiber optic marking machine is 1064nm. The laser wavelength of the carbon dioxide laser marking machine is 10.64 μ m。 Different application fields CO2 laser...
When a laser marking machine is working, it uses the high energy of the laser to vaporize the surface of the carved object to form text or patterns. Engraving machines use mechanical cutting heads for carving or cutting. When the laser marking machine is working, the laser head and the carved object are non-contact. In...
When laser engraving machines carve curved surfaces, they usually use auxiliary systems, such as rotation aids, to carve cylinders such as bamboo tubes, wine bottles, bird cages, etc. In addition, there is another type of surface that is irregular and uneven, and you can choose a laser head that can automatically adjust the focal length...